Term
T/F: f you know that two parties implement Basic Profile 1.0, then you can safely conclude they will inter-
operate at least in terms that WSDL addresses (and possibly more) |
|
Definition
| True (Basic Profile 1.0 seeks to ensure interoperability by specifying the versions of the standards that apply) |
|
|
Term
|
Definition
|
|
Term
T/F: Screen scraping may not be effective for large desktops but works perfectly on mobile phones, because
their screens are so much smaller |
|
Definition
| False (Not that kind of screen) |
|
|
Term
T/F: We would be closer to realizing the vision of service-oriented computing if we could install a central
UDDI repository for the whole world |
|
Definition
| False (The vision of service-oriented computing is decentralized) |
|
|
Term
| T/F: A service-oriented architecture is frequently deployed in practice without a service registry |
|
Definition
| True (This is quite common: the programmer discovers the service by hand) |
|
|
Term
T/F: One of the main challenges forestalling the expansion of service-oriented computing is the lack of an
established, scalable encryption standard on the web |
|
Definition
| False (encryption standards are established and common on the web: they are implemented in https, for example) |
|
|
Term
T/F: One of the main challenges forestalling the expansion of service-oriented computing is the lack of an
established, scalable digital signature standard on the web |
|
Definition
| False (Digital signature standards are established and common on the web) |
|
|
Term
T/F: One of the main challenges forestalling the expansion of service-oriented computing is the lack of an
established, scalable way for one party to determine if another autonomous party is trustworthy, e.g.,
can be trusted to provide a desired service |
|
Definition
| True (Despite encryption and digital signatures, the challenge that remains is whether each party can trust those it deals with on the web) |
|
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